This analysis presents cCarbon’s OR CFP forecast outlook, reflecting current scenario and revised assumptions. The updated outlook for the Oregon Clean Fuels Program (OR CFP) indicates a structurally tighter market through 2030. Slower electric vehicle adoption, moderated renewable diesel growth, and revised electricity credit assumptions have weakened the credit bank outlook across scenarios. As a result, the program is expected to continue to face tight credit balances and supply constraints, placing credit prices on a higher trajectory given the depleting bank. While these pressures persist mid-term, the outlook suggests conditions improve by 2035 in both base and aggressive scenarios. Long-term stability remains heavily dependent on upcoming rulemakings by the Oregon Department of Environmental Quality.

Detailed price projections and bank balances are available exclusively to our Pro clients.

The Oregon Clean Fuels Program (OR CFP) is a key regulatory framework aimed at reducing the carbon intensity (CI) of transportation fuels in Oregon. Modeled similarly to California’s Low Carbon Fuel Standard, the program sets declining CI targets that fuel suppliers must meet over time, encouraging a gradual shift toward cleaner fuel alternatives.

A defining feature of the OR CFP is its lifecycle-based approach, where emissions are calculated across the entire fuel supply chain—from production and processing to transportation and end use. This ensures that fuels are evaluated holistically rather than just at the point of combustion. The program utilizes a credit-deficit mechanism: fuels below the CI benchmark generate credits, while fuels above it generate deficits. These credits can be traded, allowing the market to identify the most cost-effective decarbonization pathways.

In recent years, renewable diesel has emerged as a dominant contributor to credit generation within the program. Blend rates have exceeded expectations, reflecting strong supply growth and the fuel’s compatibility as a drop-in replacement for conventional diesel. Electricity credits, driven by increasing electric vehicle (EV) adoption, are also gaining importance, although their overall contribution remains smaller compared to liquid fuels in the near term.

Despite these positive trends, the program faces several challenges. Credit supply has at times outpaced demand, leading to relatively stable or softer credit prices. Additionally, future market dynamics will depend heavily on the pace of EV adoption, availability of low-CI feedstocks, and regulatory adjustments to CI reduction targets.

In recent years, renewable diesel has emerged as a major driver of credit generation in Oregon, with blending rates exceeding expectations and reaching significantly higher levels than initially projected. Its ability to function as a drop-in fuel has enabled rapid penetration into the diesel pool. At the same time, electricity credits are gradually increasing, supported by rising electric vehicle (EV) adoption, although their contribution remains smaller compared to liquid fuels in the near term.

Electricity and electrification are emerging as critical components of the program’s future. Credits generated from EV charging—especially residential charging—are increasing as EV adoption rises. However, compared to California, Oregon’s EV market is smaller, meaning electricity’s contribution to total credit generation is still developing.

Despite strong progress, the OR CFP has experienced periods of credit surplus, where credit generation outpaces deficits. This imbalance has contributed to relatively stable or softer credit prices. Additionally, uncertainties around future renewable diesel supply, feedstock availability, and EV growth rates continue to influence market expectations.

Looking ahead, the OR CFP is expected to become more stringent and dynamic as CI reduction targets tighten over time. This will likely shift the market toward a more balanced or even credit-constrained environment, increasing reliance on advanced fuels and electrification. Continued investment in clean fuel infrastructure and supportive policy measures will be critical to ensure long-term success.